Nour El Zahraa Mallah

The paper identifies a reproducible transcriptional response to music exposure in ASD using buccal samples, highlighting neuroimmune pathways and a two-gene signature for monitoring interventions.

The paper identifies reproducible molecular responses in human tear proteomes to musical stimulation using proteomics and machine learning across two cohorts.

This study uses saliva-based RNA sequencing to explore how music affects gene expression and microbiota in individuals with autism spectrum disorder, identifying key genes and microbial shifts linked to neurodevelopmental and immune processes.

This paper shows that music affects gene expression in the buccal cavity differently in age-related cognitive disorder patients compared to healthy controls.

This study shows that music can change the oral microbiome in people with age-related cognitive disorders, affecting both the types of microbes and their functions, which are linked to neurodegenerative processes.

This study investigates how music affects gene expression and methylation in traumatic brain injury by comparing transcriptomic and epigenomic data from healthy individuals and TBI patients.